A microstrip parasitic patch antenna consisting of four parasitic patches, fed by one active patch, with a stripline input, is presented in this paper. The antenna was designed for the Low Temperature Co-fired Ceramics (LTCC) technology and shows very good matching and radiation behavior in the 77 GHz band, with measured reflection losses lower than - 10 dB between 75.175-80.6 GHz and below - 40 dB at 77 GHz. Simulation results show a gain higher than 8 dBi in the 76-81 GHz frequency range, with a radiation efficiency higher than 80%. A separate structure, based on direct conversion (video) receiver was designed and fabricated for radiation pattern measurements. The E and H planes at 77 GHz were measured and show good agreement with simulat...
© 2018 Wiley Periodicals, Inc. A parasitic patch antenna array based on a new multi-layer PCB techno...
In this paper a novel differentially fed Ultra-Wide Band (UWB) antenna in low-temperature co-fired c...
In this paper, we present a fully automatic radiation pattern measurement setup for 60 GHz LTCC ante...
A microstrip parasitic patch antenna consisting of four parasitic patches, fed by one active patch, ...
The design of a slot coupled microstrip patch antenna with four parasitic elements for the 77 GHz fr...
The feasibility of microstrip planar antenna arrays printed on a low-temperature co-fired ceramic (L...
This paper presents the design, electromagnetic simulation and experimental results of a 94 GHz micr...
The modeling, design and measurement results of a 77 GHz receiver are presented in this contribution...
This paper shows that it is possible to make functional probe-fed patch antennas on low-temperature ...
A compact patch antenna with stacked parasitic strips (SPSs) based on low temperature cofired cerami...
In this work, implementation possibilities of millimetre-wave antennas fabricated with low temperatu...
© 2019 IEEE. A low-profile wideband and high gain patch antenna array using low-temperature co-fired...
This paper presents a novel 94 GHz parasitic antenna array with a substrate integrated waveguide fee...
In this paper we present the design, electromagnetic simulation and experimental results of a 35 GHz...
International audienceIn this paper, a low profile ultra-wideband microstrip antenna is proposed for...
© 2018 Wiley Periodicals, Inc. A parasitic patch antenna array based on a new multi-layer PCB techno...
In this paper a novel differentially fed Ultra-Wide Band (UWB) antenna in low-temperature co-fired c...
In this paper, we present a fully automatic radiation pattern measurement setup for 60 GHz LTCC ante...
A microstrip parasitic patch antenna consisting of four parasitic patches, fed by one active patch, ...
The design of a slot coupled microstrip patch antenna with four parasitic elements for the 77 GHz fr...
The feasibility of microstrip planar antenna arrays printed on a low-temperature co-fired ceramic (L...
This paper presents the design, electromagnetic simulation and experimental results of a 94 GHz micr...
The modeling, design and measurement results of a 77 GHz receiver are presented in this contribution...
This paper shows that it is possible to make functional probe-fed patch antennas on low-temperature ...
A compact patch antenna with stacked parasitic strips (SPSs) based on low temperature cofired cerami...
In this work, implementation possibilities of millimetre-wave antennas fabricated with low temperatu...
© 2019 IEEE. A low-profile wideband and high gain patch antenna array using low-temperature co-fired...
This paper presents a novel 94 GHz parasitic antenna array with a substrate integrated waveguide fee...
In this paper we present the design, electromagnetic simulation and experimental results of a 35 GHz...
International audienceIn this paper, a low profile ultra-wideband microstrip antenna is proposed for...
© 2018 Wiley Periodicals, Inc. A parasitic patch antenna array based on a new multi-layer PCB techno...
In this paper a novel differentially fed Ultra-Wide Band (UWB) antenna in low-temperature co-fired c...
In this paper, we present a fully automatic radiation pattern measurement setup for 60 GHz LTCC ante...